Skip to main content

Intelligent excavation control package from Topcon

Topcon Positioning says that its new GX-55 control box offers efficient, machine-controlled excavation capabilities. Along with the release of the GX-55, Topcon is launching three new 2D and 3D systems to its line of excavation solutions. These are the X-52 as well as the X-53 and X-53i. In any solution, the GX-55 system provide users with new visual and audible features to achieve grade safely and efficiently for 2D or 3D excavating tasks. The firm says that the GX-55 is a robust tool that delivers hig
February 10, 2016 Read time: 2 mins
Topcon’s smart excavation package
342 Topcon Positioning says that its new GX-55 control box offers efficient, machine-controlled excavation capabilities. Along with the release of the GX-55, Topcon is launching three new 2D and 3D systems to its line of excavation solutions. These are the X-52 as well as the X-53 and X-53i. In any solution, the GX-55 system provide users with new visual and audible features to achieve grade safely and efficiently for 2D or 3D excavating tasks.

The firm says that the GX-55 is a robust tool that delivers high quality graphics for machine control. It can link with the Sitelink3D system to send job activities to managers in real-time, providing accurate project information.

With the X-52 as well as the X-53 and X-53i packages, Topcon customers have a choice of 2D, 3D, or 3D indicate machine controlled excavation systems. Meanwhile the GX-55 is a lightweight package designed for easy transfer between machines. It has a large sunlight-viewable and colour LCD touchscreen surrounded by integrated LED light bars giving a continuous grade reference of the bucket teeth. Additional features include customisable audible tones for grade reference, integrated virus protection, and USB ports for saving and downloading job files.

For more information on companies in this article

Related Content

  • Topcon’s i33 versatile 3D indicate grade system
    April 2, 2014
    Topcon Positioning Group has unveiled a multi-platform 3D indicate grade system – i33. The new system features GPS technology and a graphical display and is said to provide a powerful indicate system at an economical price. The i33 is designed for quick installation and easy operation on many types of grading and earthmoving machinery. “It’s ideal for use on a dozer, scraper or virtually any type of machinery used for cut or fill operations,” said Kris Maas, manager of machine control product marketing f
  • Topcon’s new earthmoving machine control system
    March 12, 2018
    Topcon Positioning Group announces a new 3D machine control system designed to offer a faster, modular and easily upgradeable aftermarket solution for excavation — the X-53x. “It features fully integrated GR-i3 receivers for precise positioning of the boom, stick and bucket at all times, as well as the MC-X1 controller, which offers compatibility with all brands and models of excavators and provides a customisable machine control platform to address future project demands,” said Murray Lodge, senior vice
  • GPS machine control improves construction accuracy
    February 29, 2012
    The latest GPS systems will improve the accuracy of many construction operations. Mike Woof reports. The pace of technological advancement is fast in the GPS market. Despite a market downturn, the GPS solution providers continue to invest in research and development. And there is evidence to suggest that the contracting sector is more keen than ever to employ the latest technology because of the cost benefits this can bring.
  • Machine control innovations
    February 15, 2012
    THE RECENT CONEXPO-CON/AGG exhibition has seen the launch of a wealth of new machine control technologies - Mike Woof reports A fast pace of technological development in the machine control sector is seeing new innovations come to market at regular intervals. The developments remain focussed on the three main technology suppliers to this market, Leica Geosystems, Topcon and Trimble, offereng a combination of systems using machine control based on GPS, total station, sonic units and industrial inertial gu